KR0178115B1 - Preparation to promote hair growth - Google Patents

Abstract

In the present invention, the sterilized water is magnetized and fermented at pH 3.0 at 30 ° C. for about 10 days by adding a carbon source and a nitrogen source such as vegetable leaves to obtain a fermentation filtrate.

The fermentation broth contains a large amount of trace elements such as germanium (Ge), and these components play a role and function as a self-memory element, thereby promoting the blood flow of hair follicle cells, and thus promoting hair follicle development and hair loss by healing gene defects in hair follicle cells. Will be prevented.

Description

Bald hair regrowth and manufacturing method thereof

The present invention relates to baldness, in particular male baldness, and a method for producing the same.

Baldness is known to occur because the production of androgen, a male hormone, is excessively secreted and strongly stimulated by hair follicle cells to shrink hair follicles and consequently delay hair growth.

The production and release of androgen is commonly known to be semi- hereditary as an action of the hair follicle gene (DNA).

After all, baldness is a common genetic disease that occurs after puberty, and in addition to genetic defects in the parents, especially the father's, the epigenetic environment, that is, alopecia areata that causes stress is often observed.

Alopecia areata is a coin-shaped abrupt hair loss in a specific area of the scalp.

This is also a genetic disorder of hair follicle cells in specific areas of the scalp.

According to the US Centers for Disease Control (CDC), baldness has been reported to have a two-fold higher incidence of heart disease than normal men, and androgens are also believed to be involved in atherosclerosis in the heart and blood vessels.

In this regard, the treatment of baldness as well as the eradication of heart disease requires a genetic approach, especially in the treatment of baldness, it is necessary to remove the truncated gene and introduce a normal hair gene.

However, as a treatment for clinical baldness, hair regrowth has been studied by pharmaceutical companies.

Minoxydil (minoxydil) is one of the medicines to improve the blood flow around the scalp hair follicles and nourish the bald drug approved by the US FDA in 1979.

It is a drug that attempts to treat baldness by acting as a scalp vasodilator to provide useful nutrition for hair growth.

However, this product is effective only in 30% of minoxidil, so it has a disadvantage of applying twice a day for life, and it is known that it is ineffective for a specific person.

On the other hand, defensive cyclopropene (DPCP) treatment is known, but this is a method of activating the hair follicles by increasing the immune function of lymphocytes around the hair follicles that have been lost.

This treatment has been problematic for treating hair follicles by causing allergic dermatitis to stimulate hair follicles.

The disadvantages of some of the above therapies are that they are very ineffective in treating congenital and alopecia areata, rather than acquired alopecia areata.

That's how hair transplantation works.

However, this method also involves the problem of excessive expenses and prolonged treatment periods because thousands of hairs must be transplanted one by one.

In view of these problems, the point of research on innate or acquired baldness treatment is the identification of the androgen mechanism and the development of genetic therapy.

In view of this, the present invention focuses on the fact that hair has a cycle of development, growth, and death unlike hands and toenails.

Growth hair grows about 1 CM per month, after which the androgen is secreted and blood circulation is delayed, causing hair follicles to shrink or hair loss.

The present invention prevents hair loss by stimulating blood flow of scalp hair follicle cells by removing the genetic cause of hair loss, and prevents hair loss by inhibiting hair follicle atrophy. To provide that purpose.

Hereinafter, the bald hair restorer and its manufacturing method will be described in detail for each process.

[First step (water magnetization step)]

Sterile water, such as tap water, mineral water, and spring water, is magnetized on a magnetizer device.

[2nd process (acetic acid fermentation process)]

Select the vegetable leaves such as sugar and black tea leaves into the sterilized sterile water and inoculate them with fermented acetic acid bacteria known as starters.

However, the sugar is selected from white sugar, brown sugar, brown sugar.

[3rd process (filtration process)]

The second process is filtered through a filter and the filtrate is used as a bald hair restorer.

Bald hair regrowth produced through such a process has the characteristics that do not deteriorate even if the market product at room temperature.

When the present invention is described with reference to the embodiment so that a person skilled in the art can easily prepare a bald hair restorer as follows.

Example 1

1 L of sterile water was magnetized on a magnetizer.

100 g of white sugar and 50 g of black tea leaves were added to 1 L of magnetized sterilized water, and inoculated with known acetic acid bacteria as a starter and fermented at 30 ° C.

When the pH reached 3.0 it took 10 days to stop fermentation.

The obtained acetic acid fermentation was filtered through a filter to remove unfermented product.

Example 2

In addition to using 100 g of sulfur sugar in 1 L of the magnetized sterilized water, 50 g of sulloc tea leaves were replaced with black tea leaves as a nitrogen source and fermented as in Example 1 to obtain about 950 g of acetic acid fermentation filtrate.

Example 3

Fermentation was carried out as in Example 1 using 100 g of brown sugar and 1 g of persimmon leaf as a nitrogen source, and filtered to obtain an acetic acid fermentation product.

Acetic acid fermentation obtained in the embodiment is a large amount of trace elements, especially germanium (Ge), a large amount of human cell active ingredient in the fermentation due to the use of sulfur sugar which is a feature of the present invention and black tea leaves, green tea leaves, persimmon leaves which are used as nitrogen It was confirmed that it is produced and integrated.

The action of this germanium component promotes blood flow to hair follicle cells, resulting in hair loss control and hair growth.

In other words, trace elements such as germanium meet the sterile water in a magnetized state, and remember the magnetism to play a role and function as a magnetic memory device, thereby promoting blood flow of diseased hair follicle cells to be involved in hair root formation.

The baldness treatment of the present invention was treated with three times a day for 20 minutes once daily for 50 males with severe hair loss, and 100% of baldness was treated over the shortest three days and up to three months.

The baldness treatment of the present invention is a very useful invention that can be applied to both patients with genetic alopecia as well as patients with acquired alopecia areata due to stress.

Claims (3)

The sterile water is magnetized in a magnetizer, the carbon source and the nitrogen source are put in the magnetized water, and the known acetic acid bacteria are inoculated with a starter and fermented at 30 ° C. for about 10 days until the pH is 3.0. A bald hair restorer by integrating a large amount of trace elements that become memory elements. 1 liter of sterile water was magnetized by magnetizing, and then, the vegetable was added with sugar and nitrogen as a carbon source and inoculated with known acetic acid bacteria as a starter. A method for producing a bald hair restorer, comprising combining the step of obtaining the filtrate by filtration. The method of claim 2, wherein the carbon source is used as sugar and the nitrogen source is any one of black tea leaves, green tea leaves, and persimmon leaves.